UVR2E100MPD

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Aluminum electrolytic capacitors are widely used in a diversity of applications due to their high current handling ability, excellent energy storage capabilities and relatively low cost. Within the aluminum electrolytic capacitor family, UVR2E100MPD capacitors are frequently used for their high capacitance and low power dissipation. These capacitors are typically used for safety-critical applications, as well as for cost-efficiencies in low-noise power supply design.

An aluminum electrolytic capacitor is comprised of two metal plates, each with a thin aluminum oxide layer between them. A metalized film or metal foil is placed between the two plates. This metallic layer acts as a conductor and a dielectric, while the oxide layer acts as the electrical insulator. Charge transfer occurs between the two plates and the environment due to an electric field generated by the presence of the oxide. As a result, current flows through the capacitor when AC or DC signals are applied.

UVR2E100MPD capacitors are designed to provide good performance in small, low-power and low-noise applications. They are highly efficient and able to provide large capacitance values in small packages. In addition, these capacitors are capable of handling very high currents without dissipating any energy. As such, UVR2E100MPD capacitors are an ideal choice for performance-critical and safety-critical applications.

UVR2E100MPD capacitors have a wide range of application fields, including computer and consumer electronics, LED lighting, automotive, telecommunications, industrial power supplies, and medical equipment. These capacitors also have various uses in audio/visual equipment, where their low-noise operation and high power handling capabilities are beneficial.

In terms of working principles, UVR2E100MPD capacitors operate on the same principles as other aluminum electrolytic capacitors. First, charge is stored at the two electrodes which are separated by the electrolyte. When a voltage is applied, electrons flow from one electrode to the other, causing a current to flow. As a result, the capacitance of the capacitor increases with an increase in the applied voltage.

In addition, UVR2E100MPD capacitors also utilize a self-healing mechanism. If the current passing through them is too great, the oxide layer between the plates may be destroyed. However, due to the self-healing property of the oxide layer, the chemical bonds are quickly restored, enabling the capacitor to operate again with no damage. This self-healing property makes aluminum electrolytic capacitors more reliable and durable than other types of capacitors.

In conclusion, UVR2E100MPD aluminum electrolytic capacitors are highly versatile and offer excellent energy storage and current handling capabilities. They have a wide range of applications and can be used in a range of sectors, from consumer electronics to industrial power supplies. Moreover, they are designed to provide low-noise operation, as well as a self-healing mechanism to enhance their reliability. As such, UVR2E100MPD capacitors are a great choice for performance-critical and safety-critical applications.

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